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Fully funded PhD position: Understanding impacts of mountain greening on hydrology from a plant traits and ecological perspective (1.0 FTE) Fully funded PhD position: Understanding impacts
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As part of the European project SOS-WATER, we are looking for an enthusiastic PhD candidate who is interested in applying hydrological models to make novel high resolution water simulations over
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extent of GDEs using groundwater levels and groundwater discharge estimates from a state-of-the-art global hydrological model aided with remote sensing information. You will then use global biodiversity
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for an enthusiastic PhD candidate who is interested in applying hydrological models to make novel high resolution water simulations over the European continent. Water scarcity, water quality degradation and the loss
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of the maximum economic groundwater depth. To do this, you will combine insights and models from economics with a state-of-the-art high resolution, physically-based global hydrological model including the linkage
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that are robust under increasing climate extremes. Here two PhDs and other members of the research team will make use of the latest developments in energy system, water technology and resources (hydrological, water
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the ecological limits of groundwater use. To this end, you will first map the global extent of GDEs using groundwater levels and groundwater discharge estimates from a state-of-the-art global hydrological model
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-art high resolution, physically-based global hydrological model including the linkage between surface water-groundwater. You will start with the assessment of the maximum economic limit (depth